Barrier Discharge Characteristics and Ozone Generation on Twin Needles-Plane Electrode Configuration in Dry Air
Barrier Discharge Characteristics and Ozone Generation on Twin Needles-Plane Electrode Configuration in Dry Air
复制标题
干燥空气中双针平面电极结构的势垒放电特性和臭氧生成
DOI：
10.1541/ieejeiss.124.2228
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发表时间：
2004
期刊：
影响因子：
--
通讯作者：
H. Nakayama
中科院分区：
文献类型：
--
作者：
K. Hata;R. Matsui;H. Ueno;H. Nakayama
研究了干燥空气中双针平面电极结构的势垒放电特性。重点关注取决于双针尖端之间的距离的局部放电特性。在d等于1.0mm～2.0mm(d：双针尖端之间的距离)的情况下，与单针平面电极配置相比，放电起始电压值增加。另外，d＝4.0mm时，放电开始电压值与单针的情况几乎相同。认为放电起始电压值的差异是由于针尖彼此的影响造成的。另外，还检查了由增感相机和CCD相机拍摄的放电图像、功耗和臭氧浓度。
Barrier discharge characteristics have been investigated for twin needles-plane electrode configuration in dry air. Characteristics of partial discharge depending on the distance between the tips of twin needles have been focused. In the case of d equal to 1.0mm˜2.0mm (d : distance between the tips of twin needle), the discharge inception voltage value increased compared with that of the single needle-plane electrode configuration. Moreover, for the d equal to 4.0mm, the discharge inception voltage value became almost the same value in the case of the single needle. It is considered that the differences of the discharge inception voltage value have been caused by the influence of tip of needle each other. In addition, discharge images by intensified still camera and CCD camera, power consumption, and ozone concentration were examined.